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I am in the process of enrolling through mysr at uws However i cant select my units When im on the unit selection page and search for 2739, nothing shows up: Or am i using the wrong code unit code? according to this: http://handbook.uws.edu.au/hbook/course_search.aspx its 2739.5...

1) Find the area bounded by the curve y=sinx and y=cosx in exact form Thanks in advance!

Australian visions definition anyone? I cant seem to find a clear definition of this. My definition on my notes just define vision followed by saying australian visions are "visions that are uniquely Australian" lol Help?

You can get the rare earth magnets, copper wire, and electric wire (u can use it as brushes) from Jaycar. For commutator you can use hose clamp Alternatively, ebay...

hmm good to know

Noob question: Is it possible to get a 90+ ATAR from a school ranked in the 600s?

* * * * 127 days left :vcross: Anyone know how to set the countdown as wallpaper? Or any mobile apps for this? that would be great

got it thank you!! also, thanks everyone who helped :shy:

this is prolly a dumb question but why? its between y axis and y=3 edit:

y=e^2x x= (lny)/2 h=(b-a)/n h=(3-0)/2 = 3/2 y 0 3/2 3 x (ln0)/2 ln(3/2)/2 (ln3)/2 (ln0)/2= error

question 2 :cry: lol

thanks a lot! :) question 2 anyone?

1) Find the point of intersection of the curves y=logex and y=log10x 2) Use Simpson's rule with 3 function values to find the area enclosed by the curve y=e^2x, the y axis and the line y=3 correct to 3 significant figures 3) Sketch y=log(x-x^2) Please show working Thanks in advance!!!

I have an assessment task on dot point 1.1 "Outline the role of a chemist employed in a named industry or enterprise..." Does anyone know where I could contact industrial chemists?

Thanks for the reply, waiting for that bidding on ebay link to end (last min bid for me lol) hopefully the price doesnt go up too much (3 hrs to go)

Any websites/stores where I can get cheap strong magnets, and copper coil? My local hardware stores, and global shop dont have have them, neither does dicksmith Thanks in advance! Cheers :drink:

Ok, thanks

Also for question 2: I wrote down: - a frame of reference that is at rest - a frame of reference that is moving at constant velocity - a frame of reference falling freely under the influence of gravitational force Im not sure if they're right or if they actually answer the question (do i need...

Thanks for the responses Going back to question 3. I understand that using the pendulum, we could tell that the rocket ship was accelerating but how could I tell the difference whether or not the rocket ship is stationary or moving at constant velocity?

anyone? :cry: xD